RVVP 2x4.0mm² Heavy Duty Shielded Motor Drive Cable Braided Copper EMI Protection 300/500V
RVVP 2x4.0mm² Heavy Duty Shielded Motor Drive Cable Braided Copper EMI Protection 300/500V
Riepilogo Prodotto
RVVP 2x4.0mm² Heavy Duty Shielded Motor Drive Cable Braided Copper EMI Protection 300/500V Cable Designation & Meaning Code Meaning R Flexible conductor (Class 5 fine-stranded) V PVC insulation V PVC sheath P Copper wire shield (braid or braid+tape) 2×4.0 mm² Two cores, each 4.0 mm² copper ...
Dettagli del prodotto
Conductor (×2):
Rame, flessibile a filo sottile Classe 5, nominale 56×∅0,30 mm (4,0 mm² per conduttore), Ø conduttor
Insulation (per core):
Composto di PVC (cloruro di polivinile), spessore nominale 0,8 mm, colore: rosso (segnale/potenza +
Lay-up:
Due nuclei intrecciati insieme con riempitivo in PVC per formare un fascio di nuclei tondi
Shield:
Treccia di fili di rame, copertura 80% (tipica), oppure treccia di rame + nastro in alluminio polies
Outer sheath:
Composto di PVC (cloruro di polivinile), spessore nominale 1,2 mm (tipico), colore: grigio o nero
Conductor nominal area:
4,0 mm² (Cu)
Number of cores:
2
Conductor material:
Rame (Cu)
Conductor class:
Flessibile a filamento sottile di classe 5
Conductor construction:
56×∅0,30 mm (tipico)
Conductor diameter (approx.):
2,8–3,2 mm
Insulation thickness (per core):
0,8 mm
Shield coverage:
80%
Outer sheath thickness:
1,2 mm
Overall cable diameter:
10,0 – 12,5mm
Design outer diameter:
≈ 11,2 mm
Approx. weight:
0,155 – 0,195 kg/m (155–195 kg/km)
Design weight:
≈ 175kg/km
Cable shape:
Girare
Descrizione del prodotto
RVVP 2x4.0mm² Heavy Duty Shielded Motor Drive Cable Braided Copper EMI Protection 300/500V Cable Designation & Meaning Code Meaning R Flexible conductor (Class 5 fine-stranded) V PVC insulation V PVC sheath P Copper wire shield (braid or braid+tape) 2×4.0 mm² Two cores, each 4.0 mm² copper Construction : Two fine-stranded flexible copper conductors, each PVC insulated, laid up with fillers to form a round core assembly, wrapped with copper braid shield (typically 85%–90%